How to Tape for Tendonitis: Step-by-Step Instructions

Taping for tendonitis involves applying strips of elastic or rigid tape to the skin over and around the affected tendon in specific patterns that reduce pain during movement. The technique is straightforward enough to do at home once you understand the basics, though the exact layout of the tape changes depending on which tendon is bothering you. The evidence behind taping is more nuanced than the marketing suggests, with some applications backed by solid research and others producing results no better than a placebo. What follows covers the practical how-to for the most common tendonitis locations, how to choose and apply tape correctly, and where the science is genuinely supportive versus where you may be getting a well-meaning skin decoration.

Choosing the Right Tape

Three main types of tape show up in tendonitis management, and they serve different purposes. Kinesiology tape (often called KT or kinesio tape) is the colorful elastic variety you see on athletes. It stretches along its length, sticks to the skin with a heat-activated adhesive, and is designed to be worn for several days at a time. Rigid athletic tape, by contrast, does not stretch and is typically used for joint stabilization rather than tendon support. A third option, dynamic tape, sits somewhere in between and is engineered to absorb load during movement without limiting your range of motion.¹

For most tendonitis applications, kinesiology tape is the go-to choice. It allows full movement while providing sensory feedback to the skin, and it can stay on through showers and light sweating. Rigid tape is better suited for acute injuries where you want to restrict motion entirely, such as a severely aggravated tendon that hurts with any movement at all. One study comparing kinesiology and rigid tape on ankle kinematics found no significant difference in joint motion between the two types, suggesting the choice matters less for movement control than many people assume.²

Preparation Before You Apply Tape

Proper preparation makes the difference between tape that stays on for three days and tape that peels off in an hour. Start with clean, dry skin. Wash the area with soap and water, then dry it completely. Any lotion, oil, or sweat on the skin will prevent the adhesive from bonding. If the area is hairy, trimming the hair short with clippers helps the tape stick and makes removal less painful. Do not shave with a razor right before taping, because freshly shaved skin is more prone to irritation under adhesive.

Cut your strips before you start applying them. Round the corners of each strip with scissors so the edges don’t catch on clothing and peel up prematurely. Most kinesiology tape comes with a paper backing that you peel away as you apply. A common technique is to tear the backing in the center of the strip first, apply the middle anchor, then peel outward in both directions. For strips that start from one end, peel the first two inches of backing, lay down that anchor with zero stretch, then apply the rest with your chosen tension.

After the tape is on, rub it briskly with your palm for about ten seconds. The friction activates the heat-sensitive adhesive and improves bonding. Wait at least 20 minutes before exercising or getting the tape wet to let the adhesive fully set.

Taping for Tennis Elbow

Lateral epicondylitis, commonly called tennis elbow, is one of the tendonitis locations where taping has the strongest research support. A cross-over study found that biomechanical taping significantly decreased pain scores at days one, three, and five of application, with meaningful improvements in grip strength and overall function by day twelve compared to baseline.³

To tape for tennis elbow, you need two strips of kinesiology tape, each roughly 10 to 12 inches long. Begin with your arm extended in front of you, palm facing down, and gently flex your wrist downward to put a mild stretch on the forearm extensors.

Anchor strip: Peel the first two inches of backing and stick the anchor just below your elbow, on the outer (lateral) side, with no stretch on the tape. Now peel the rest of the backing and lay the tape down along the top of your forearm toward your wrist, applying about 25 percent stretch through the middle section. Lay the last two inches down with no stretch.
Decompression strip: Cut a second strip about six inches long. Tear the backing in the middle, stretch the center of the strip to roughly 50 percent, and lay it horizontally across the point of greatest tenderness on the outer elbow. Let both tails fall naturally with zero stretch. This creates a lift over the painful spot.

Rub the entire application to activate the adhesive. You should feel a gentle pull on the skin when you flex your wrist, but no pinching or restriction.

Taping for Achilles Tendonitis

Achilles tendon pain typically hits the mid-portion of the tendon, a few centimeters above the heel. A small clinical study on chronic midportion Achilles tendinopathy found that kinesiology taping reduced pain scores substantially over five days while also increasing pain-free plantar flexion strength. One participant’s pain during stair descent dropped from 20 out of 100 to just 4, with force production climbing by more than 25 percent.⁴

For this application, you need one long strip (about 18 inches) and one shorter decompression strip (about 6 inches). Start in a standing position with the affected foot on a step, heel dropped below the edge so the calf is on a gentle stretch.

Support strip: Anchor the first two inches on the sole of your foot, just behind the ball of the foot, with zero stretch. Peel the backing and run the tape up the back of the heel, along the Achilles tendon, and onto the calf muscle. Apply about 15 to 25 percent stretch through the tendon section, and lay the final two inches on the calf with no stretch.
Decompression strip: Tear the backing of your shorter strip in the middle. Stretch the center to roughly 50 percent and lay it horizontally across the point of maximum tenderness on the tendon. Let the tails fall without stretch.

The support strip acts as a mild external assist when you push off during walking or running, while the decompression strip lifts the skin slightly over the sore spot.

Taping for Patellar Tendonitis

Patellar tendonitis, sometimes called jumper’s knee, affects the tendon just below the kneecap. The taping approach here focuses on reducing the load that pulls on the tendon’s attachment point during bending and landing.

You need two strips, each about 10 inches long. Sit on a chair with your knee bent to roughly 90 degrees.

Y-strip: Cut one strip and split it lengthwise from one end to about two-thirds of its length, creating a Y shape. Anchor the unsplit tail just below the kneecap, directly over the tendon, with no stretch. Peel and apply each arm of the Y around the sides of the kneecap, curving upward, with about 25 percent stretch. The tails end above the kneecap with no stretch. This frames the patella and distributes tension away from the tendon insertion.
Horizontal strip: Take the second strip, tear the backing in the center, stretch the middle to roughly 50 percent, and apply it horizontally across the patellar tendon just below the kneecap. Let the ends fall with no stretch.

When you stand and straighten your knee, you should feel the tape gently supporting the area below the kneecap without restricting bending.

Taping for Rotator Cuff Tendonitis

Shoulder taping is a bit more involved because the joint moves in so many directions. A systematic review of taping for rotator cuff tendinopathy found that kinesiology tape produced meaningful gains in pain-free range of motion, with pooled results showing roughly 9 additional degrees of pain-free flexion and 10 degrees of pain-free abduction. The same review, however, noted inconclusive evidence for whether taping reduced overall pain or improved function beyond the short term.⁵

You need two to three strips, each about 10 to 12 inches long. Stand with your arm relaxed at your side and your hand resting on the opposite hip to create a mild stretch across the shoulder.

Deltoid strip: Anchor on the upper arm about halfway between the elbow and shoulder, with no stretch. Run the tape upward over the deltoid muscle to the top of the shoulder, applying about 15 to 25 percent stretch. Lay the top anchor down with no stretch.
Supraspinatus strip: Anchor just below the spine of the scapula (the bony ridge on the back of your shoulder blade). Apply the tape across the top of the shoulder and slightly forward, following the path of the supraspinatus muscle toward the front of the shoulder, with about 25 percent stretch. Anchor the end with no stretch.
Decompression strip (optional): If there is a specific point of tenderness at the front or side of the shoulder, apply a short strip horizontally over that spot at 50 percent stretch with relaxed tails.

The deltoid strip provides a sensory cue that helps the shoulder track more smoothly during overhead movements. The supraspinatus strip supports the tendon most commonly involved in rotator cuff tendonitis.

What About the Wrist and Thumb

De Quervain’s tendinopathy, the painful condition affecting the tendons on the thumb side of the wrist, is one area where taping fares poorly in the research. A systematic review and meta-analysis found that therapeutic taping did not improve pain, grip strength, or function for people with this condition. Even when kinesiology taping was combined with low-level laser therapy and compared to ultrasound plus exercise, neither group showed a significant advantage.⁶

If you still want to try taping for wrist or thumb tendonitis, a basic approach involves anchoring a strip on the back of the hand near the knuckles, running it along the thumb side of the wrist and up the forearm with light stretch, and adding a short decompression strip over the painful spot at the base of the thumb. The research suggests you should not expect much from this alone, though. A thumb spica splint or targeted exercises are likely to be more useful for de Quervain’s than tape.

How Much Stretch to Use

Tape tension is one of the most common questions people have, and the answer is less fussy than you might expect. Most kinesiology tape instructions suggest applying between 15 and 50 percent of the tape’s maximum stretch, depending on the goal. Anchors (the first and last two inches of any strip) always go on with zero stretch to prevent the ends from peeling.

Research looking at how different tape tensions affect the nervous system found that even maximal tension did not significantly alter spinal motoneuron excitability. The study concluded that the tension used during application should not be a major concern in terms of changing sensorimotor activity.⁷ That said, a separate pain study found that tape applied at 25 percent tension significantly reduced pain ratings compared to no tape, while tape at higher tensions did not produce additional benefit. The no-tape condition actually saw pain ratings increase over time, suggesting that even light tension tape offers something meaningful.⁸

In practical terms, moderate stretch (about 25 percent of maximum) is a reasonable default for the working portion of any tendonitis taping job. If the tape feels uncomfortably tight, wrinkles excessively, or leaves red marks, you have used too much. If it feels like it is barely there, a touch more tension on your next application is fine.

How Taping Affects Pain

The leading explanation for why tape on skin can reduce tendon pain draws on the gate control theory. When the tape tugs gently on the skin during movement, it activates low-threshold touch receptors beneath the surface. Those signals travel to the spinal cord faster than pain signals from the aggravated tendon, effectively competing with and dampening the pain message before it reaches the brain.⁹

One claim you will encounter frequently is that kinesiology tape improves blood flow to the taped area, speeding healing. A controlled laboratory study tested this directly and found no statistically significant differences in cutaneous blood flow between kinesiology taping, standard taping, and no tape at all in healthy participants at rest.¹⁰ The blood flow claim remains popular in marketing materials, but the evidence behind it is thin. The pain-gating mechanism and the mechanical load-sharing effect are better supported explanations for what you feel when tape is on.

Skin Safety and When to Remove Tape

Kinesiology tape is generally well tolerated. A clinical study of tape application in patients with lymphedema found no cutaneous lesions, blistering, or limb overheating after the intervention period, though about 4 percent of participants experienced minor skin peeling and redness.¹¹ That matches what most clinicians see in practice: occasional mild irritation, usually from leaving the tape on too long or from sensitivity to the adhesive.

A few guidelines for safe use:

Duration: Most kinesiology tape is designed to last three to five days. Remove it if it starts peeling significantly, if the skin underneath becomes itchy or red, or if it gets wet and stays damp for a prolonged time.
Removal: Peel the tape slowly in the direction of hair growth. Pressing the skin down with your other hand as you peel reduces discomfort. Baby oil or adhesive remover under the edge helps release stubborn tape without tearing skin.
When not to tape: Avoid taping over open wounds, active skin infections, sunburn, or areas where you have had a recent allergic reaction to adhesive. People on blood thinners or with fragile skin conditions should test a small patch first.

Give the skin a day off between applications if you plan to tape the same area repeatedly. Continuous adhesive contact week after week can break down the skin’s surface layer even if you don’t notice irritation at first.

Why Tape Works Best Combined with Exercise

The strongest evidence for taping in tendonitis comes from studies that combine taping with an exercise program rather than using tape alone. A randomized controlled trial on lateral epicondylitis found that kinesiology taping plus exercises produced large improvements in function compared to both sham taping plus exercises and exercises alone, with effect sizes well above 1.0 at both the end of treatment and four weeks later.¹² That finding is telling: the tape added genuine benefit on top of exercise, but the exercise was the backbone of recovery.

Tendonitis responds best to progressive loading, which means gradually increasing the stress on the tendon through eccentric and isometric exercises so the tissue adapts and strengthens. Tape can make those exercises less painful, allowing you to train more effectively and consistently. Thinking of tape as a pain management tool that supports your rehab exercise program, rather than a treatment that fixes the tendon by itself, aligns with what the research consistently shows.

The Placebo Question

Any honest discussion of taping for tendonitis has to acknowledge that some of the benefit is likely psychological. The experimental pain study mentioned earlier found that all three tape conditions (different tensions) reduced pain ratings compared to no tape, while the no-tape condition actually saw pain go up over time.⁸ That pattern is consistent with a genuine sensory mechanism, but it is hard to fully separate the physical effect from the psychological reassurance of having something on your skin.

Researchers have struggled with this because designing a convincing sham tape is difficult. Participants can usually feel the difference between stretched tape and unstretched tape, which makes true blinding nearly impossible. The lateral epicondylitis trial did use sham taping and still found the real tape group performed better, which suggests the effect is not entirely placebo.¹² But for conditions where the evidence is weaker, such as wrist tendonitis, the placebo component may be doing most of the heavy lifting. If tape makes you feel more confident using your hand or shoulder, that has real value for daily function even if the mechanism is partly expectation. Just don’t let it substitute for rehab exercises that actually change the tendon’s capacity to handle load.

1
Digital Commons @ Western New England University. A Retrospective Study Comparing the Effects of Dynamic Tape in Addition to Treatment on Adults with Upper Extremity Tendinopathy Versus Treatment Alone
2
PubMed. Comparison of the Effectiveness of Kinesiology Taping and Rigid Taping on Ankle Kinematics During Drop Landing in Individuals with Lateral Ankle Injury
3
PubMed Central. The effectiveness of Biomechanical Taping Technique on visual analogue scale, static maximum handgrip strength, and Patient Rated Tennis Elbow Evaluation of patients with lateral epicondylalgia
4
International Journal of Therapy and Rehabilitation. Effects of Kinesio taping on chronic midportion Achilles tendinopathy pain and pain-free isometric plantar flexion strength
5
PubMed Central. THE EFFICACY OF TAPING FOR ROTATOR CUFF TENDINOPATHY: A SYSTEMATIC REVIEW AND META‐ANALYSIS
6
PubMed Central. The effects of taping on de Quervain’s disease: A systematic review and meta-analysis
7
PLOS ONE. Acute effects of kinesiology tape tension on soleus muscle h-reflex modulations during lying and standing postures
8
PLoS ONE. Effect of different Kinesio tape tensions on experimentally-induced thermal and muscle pain in healthy adults
9
PLoS One. The effects of kinesiology taping on experimentally-induced thermal and mechanical pain in otherwise pain-free healthy humans
10
PLoS One. The immediate effects of kinesiology taping on cutaneous blood flow in healthy humans under resting conditions
11
SpringerLink / PubMed Central. Safety and tolerability of Kinesio Taping in patients with arm lymphedema
12
PubMed. The Effectiveness of Kinesiotaping, Sham Taping or Exercises Only in Lateral Epicondylitis Treatment: A Randomized Controlled Study